input frequencies (Up to ~1 MHz on the tuning contact) Figure 4 100 e n p e R10−1 i u T −2 10101 102 103 Frequency (kHz) 4. Low Speed Testing Setup and Electrical Diagram Please ensure the first-time power on sequence in section 4.5 when you power up the device. 4.1. Best Performance Recommendations: •
cells are not used for asynchronous transmission. Note 1: This bit is only implemented on the PIC16F88. The bit will read ‘0’ on the PIC16F87. 2005 Microchip Technology Inc. DS30487C-page 103 PIC16F87/88 is possible for two bytes of data to be received and 11.2.2 AUSART ASYNCHRONOUS RECEIVER transferred
pF 103 F G J K M CB CB CB DC DC DC DC DD ED ED ED ED EB UD 12,000 pF 123 F G J K M CB CB CB DC DC DC DC DE EB EB EB EB EB UD 15,000 pF 153 F G J K M CB CB CB DC DC DC DD DG EB EB EB EB EB UD 18,000 pF 183
please see the DAC analog output characteristics for loading limitations. +3.3 V to +5 V + 0.1 µF 1 µF 9 VA Note* 1 Left Audio Audio SDIN 3.3 µF 470Ω Output Data 2 7 DEM/SCLK AOUTL + Processor 3 LRCK C R 10 kΩ ext 3.3 µF 470Ω Right Audio CS4344 Output CS4345 AOUTR 10 CS4346 + CS4348 10 kΩ C Rext 6 4 FILT+ + R ext 470 External Clock MCLK C = For best 20 kHz response 10µF 4 Fs(Rext470) 5 AGND VQ + *3.3µF *Popguard ramp can be adjusted by 8 0.1 µF or selecting this capacitor value to be *10µF 3.3 µF to give 250 ms ramp time or 10 µF to give a 420 ms ramp time. Figure 6
-------- W 2007-05-23 3 BPW 34, BPW 34 S, BPW 34 SR Relative Spectral Sensitivity Photocurrent I = f (E ),V = 5 V Total Power Dissipation P v R S rel= f (λ) Open-Circuit Voltage V O = f (E v) P tot f (T A) OHF00078 3 OHF010664 160 OHF00958 100 1µA mV S Ι V P mW rel% P O to140 80 2 3 10 10 120 V O 100 60 101 102 80 ΙP 40 60 100 101 40 20 20 0 10-1 100 0 400 500 600 700 800 900 nm 1100 100 101 102 103 lx 104 0 20 40 60 80 ˚C 100 E TA λ V Dark Current Capacitance Dark Current IR = f (V R), E = 0 C = f (V R), f = 1 MHz, E = 0 IR = f (T A), V R = 10 V, E = 0 OHF00080 OHF00081 3 OHF00082 4000 100 10
Korrektheit zu prüfen: Tabelle 7 Programmierzeiten Typ Flash-Zellen EEPROM-Bytes Dauer in Sekunden PIC16F876 8 k 256 45 PIC16F84 1 k 64 13 PIC16F628A 2 k 128 10 PIC16F916 8 k 256 15 PIC12F629 1 k 128 6 PIC16F874A 4 k 128 6 PIC18F242 16 k 256 17 PIC18F2455 24 k 256 23 PIC18F4431 16 k 256 15 PIC18F1320 8 k
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Downloading wc12h-stm32f103-ws2812-grb.hex... done.
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,S48); SIGNAL Zustand : Zustand_typ; Signal Data_to_send : std_logic_vector(127 downto 0):= x"696e3f20204f4f723720206e643f0a0d"; begin --Data_to_send <= x"696e3f20206f6f723720206e643f2000"; process(clk) --variable wartezeit : integer range 0 to 500000004 := 0; --variable i : integer range 0 to 260 :
oDISP_CD = 1; //CD is set to data _delay(10 ms); //routine according to datasheed write_command(0xF1); write_command(0x67); //set com electrodes to 103 write_command(0xC0); //SEG column and COM to normal write_command(0x40); write_command(0x50); //set display startline to 0 write_command(0x2B); //set panelloading to 28..38nF write_command(0x2F); //set panelloading to 28..38nF write_command(0xEB); //set BIAS to 1/12 write_command(0x81); //set RAM fill behaviour; write_command(0x5F); //set contrast write_command(0x89); //set
WordClock Main
Main Name Value Name Value
Processor STM32F103C8 RTC online
Hardware WC12h EEPROM online
Display WS2812 GRB EEPROM Version 2.9
Version 2.9.5 DFPlayer offline
ESP8266 version 3.0.0T5 Display power on
YYYY MM DD hh mm Action
2023 08 10 10 46 Save
1.25V and 11V CIN OFF SET COUT RL 3 is selected using two external resistors connected as a BATTERY0.1 F to R2 10 F / voltage divider to SET (Figure 3). The output voltage is 10 F GND M set by the following equation: A V = V 1 + R1 X OUT SET R2 6 where V SET = 1.20V. To simplify resistor selection
capacitive load is 16 pF, the value of the external capacitance could be estimated like shown in Equation 3. Equation3 C L1 = C L2 = 2(16pF – 5pF) = 22pF A reasonable choice would therefore be to use 22 pF capacitors connected
P1 P PI P1 P1 SDCard1dra CO4C CO2 2.2uH A C41 R1OC C42 CESD5V0D3/ 丝印 ZA USB1 NSDMMC1_D0 PC8M A P 10uF 100K 1% PC 22pF SDIO i 7 70DATA0DSIP 201RIP NSDMMC1_D1 PC9 8 801draCDSIP PI IC103 FB2 FB1 PIIC1014 D3 PIUS10A1 PISB1012 SDIO i NSDMMC1_D2 PC10CP PISDard11 DATA1 P GND GND GND GND SDIO i 3D01CMMDSLN DATA2
503 801/27 1/30 801 503 91 502 89 501 85/3 90 A 500 1/22 89 92 808 J 897 H G 95 94 B A 107 8101 102 103 500 886 Neu new A 500 105 899 450 109 85/1 93 85/2 Pos 899/2 nur Typ . 70 only type . 70 8104 899/2 G H C D E F A B I J
1 1 2 2 T C C C M C M M M M 2 _ A I I I I D DC C C O M M M S M S S S S 2 C S 4 4 P P P P A A D D O F F F / / / / / / / / 1 1 / _ D / / / / 4 5 / / / / / / 0 1 2 3 4 5 0 1 _ D A S D A A A A C C B B B E E E E E E E E E B B S D P V V P P P P P P P P P P P P P P P P P P P P V V 2 2 2 2 3 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 5 STM32F103VET6_LQFP-100 GN3DV3 GN3DV3 3 1 T 1 1 T 1 A E C X _ _ M _ _ _ M T I I _ I K K E L I N I C C _ _ _ O _ M M L M M _ C V V V V V P C M 3 3 C M V V M
S C H E M E A N D WAV E F O R M E D I T I N G S H O R T C U T S PlaceComponents* Schemes,Waveforms,Symbols WaveformViewing W wire [F3] ) X clickorC add cursor and see measure click or, delete [F5] G ground G or[backspace] L label current cursor position ( G com closemeasure ) C copy/duplicate* [F6] 5 C or * clear all cursors dialog V voltage V M move* [F7] ( click highlight corresponding net # click R resistor R selectcomponentstomove in schematic C capacitor C S stretch* [F8] ) click integrate
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Display WS2812 GRB
Version 3.0.1
ESP8266 version 3.0.0T5
RTC online
EEPROM online
EEPROM Version 2.9
DFPlayer offline
Display power on
YYYY MM DD hh mm Action
2025 04 14 19 27 Save
on it. 16 Si4421 3. Frequency Setting Command Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 POR 1 0 1 0 f11 f10 f9 f8 f7 f6 f5 f4 f3 f2 f1 f0 A680h The 12-bit parameter F (bits f11 to f0) should be in the rangehe constants C1 and C2 are determined by of 96 and 3903. When F value sent is out of range, the
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Name Value
Board BluePill RTC online
Processor STM32F103C8 EEPROM online
Oscillator 8 MHz EEPROM Version 2.9
Frequency 72MHz DFPlayer offline
Hardware WC12h Display power on
Display WS2812 RGB
Version 3.1.2
ESP8266 version 3.1.2
YYYY MM DD hh mm Action
c 0100 d 0101 e 0102 f 0103 g 0104 h 0105 i 0106 j 0107 k 0108 l 0109 m 0110 n 0111 o 0112 p 0113 q 0114 r 0115 s 0116 t 0117 u 0118 v 0119 w 0120 x 0121 y 0122 z 0123 { 0124 | 0125 } 0126 ~ 0127 0128 0129 0130 0131 0132 0133
107 V = 10 V a DD n 106 R L 1 MΩ 0° r TA= 25°C e i 105 30° l o A VD (left scale) n t 4 i i 10 60° f - l h g p S a m 103 90° s L e Phase Shift h a a 2 (right scale) P B l 10 120° w V o 1 L 10 150° ÁÁDD VV ÁÁA 1 180° ÁÁ 0.1 0.1 1 10 100 1 k 10 k 100 k Frequency – Hz Figure 6 MEDIUM-BIAS LARGE-SIGNAL
tSU2 60 --- --- ns DB 0 DB 7 Data hold time th2 10 --- --- ns DB 0 DB 7 Displaytech Ltd LCD MODULE 162F BC BC Version : 1.0 P4 of 17 z Read mode Characteristic Symbol Min. Typ. Max. Unit Test pin E cycle time tC 500 --- --- ns E E rise time tr --- --- 25 ns E E fall time t --- --- 25 ns E f E pulse width
CONDITIONS MAX. UNITS Peak repetitive reverse voltage V 600 V RRM Average rectified forward current F(AV) TC= 103 °C 30 A Non-repetitive peak surge current IFSM TJ= 25 °C 200 Operating junction and storage temperatures TJ, Stg - 65 to 175 °C ELECTRICAL SPECIFICATIONS (T = 25 °C unless otJerwise specified
25,°C war Zähler TMR1 auf ca. 55900 #define referenz_TMR1_T 55900. // -Rechnerisch bei ca ... aus f=253,5Hz #define referenz_p 1016. // Bei 1016hPa war Zähler TMR0 auf 8120 #define referenz_TMR2_p 8120. // -Rechnerisch bei ... aus f=1.76321kHz // Unterschied wegen Laufzeiten... __irq void temp_hisr
DII / DIII / DIVH / DVH D 4 Zeit/Strom- 0 10 I 0 H 0 D00207-30_0 U Kennlinien 7 G 3 N Time-current 0 F / S characteristics e S v 3 0 10 / 1 s 1 1 . 0 i i 102 0 u u 6 l e r e 2 4 1 6 0 5 0 5 0 3 0 10 2 6 20 a c A A A 0A A A A A A A A A A A A 0A c h n e t z m e e t 101 100 U 10 -1 R 8 D 6 5 a 4 R 3 g 2
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